275W Infrared Heat Lamps

The ideal wattage depends on your application. For targeted industrial drying or curing in tight spaces, 250–275W provides precise, concentrated heat. Higher wattages (1,000W+) suit large-scale process heating. Fannon Products offers lamps in virtually any wattage and can advise on the optimal output for your specific process, material, and production throughput requirements.

Short-wave infrared lamps operate at higher temperatures (around 4,000–4,100°F) and deliver energy almost instantly, making them ideal for high-speed drying and curing. Medium-wave lamps operate at lower temperatures and penetrate certain materials more effectively. Both types are available from Fannon Products with instant response options, and selection depends on your material absorption characteristics and process speed requirements.

Yes. Fannon Products manufactures infrared lamps in virtually any length, wattage, voltage, and wiring configuration. Reflector options include 24K gold, white oxide, or clear quartz with no reflector. Custom lengths from 1 inch to 58 inches are available. Most standard and custom lamps ship within 1–2 days from the facility in Algonac, Michigan.

Fannon Products' twin-tube quartz infrared lamps are rated for over 5,000 hours of service life with good resistance to thermal shock. The Goldenrod short-wave series also features long life expectancy, supported by an air-spaced outer quartz tube that protects the gold reflector and dissipates heat efficiently. Proper mounting orientation and voltage matching further extend lamp life.

Yes. Infrared heat lamps in the 275W range are well-suited for focused industrial drying and curing tasks including inkjet drying, screen printing curing, paint curing, and plastics processing. Their instant on/off thermal response allows precise process control, and directional reflector designs ensure energy is focused directly on the work surface rather than lost to the surrounding environment.

Not necessarily. Fannon's Goldenrod short-wave lamps feature an integral 24K gold reflector built into the outer quartz tube, eliminating the need for a separate reflector fixture. This directional design concentrates infrared energy toward the work surface while keeping surrounding equipment cooler. Clear quartz versions are also available for use in systems that already incorporate external reflector housings.